This paper reviews recent advances in our understanding of the structure of turbulent
nonpremixed flames due to extensive data acquired from single-point and planar imaging …

A critical review is presented of the advances which have been made in the understanding
of coherent-structure development in separated flows and of the implications of these …

Flame stability of a fuel jet diffusion flame was studied numerically by using finite rate
chemistry. The flow is time dependent and plane two-dimensional, and the chemical …

Local heat release rate represents one of the most interesting experimental observables in
the study of unsteady reacting flows. The direct measure of burning or heat release rate as a …

Recent determinations of the temperature dependence of acetone fluorescence have
permitted the application of acetone planar laser-induced fluorescence imaging, which was …

4/H 2/N 2 diffusion flame. Important aspects of the measuring technique, such as accuracy,
cross talk between different Raman bands, and the correction procedure for background …

An unsteady flamelet model, which will be called the Lagrangian Flamelet Model, has been
applied to a steady, turbulent CH4/H2/N2–air diffusion flame. The results have been shown …

In previous studies, acetone has been successfully applied as a tracer for planar laser-
induced fluorescence (PLIF) measurements of concentration and temperature. The desire to …

It is shown that simultaneous images of the CH and OH concentration fields can be obtained
throughout a high-Reynolds-number (18,600) turbulent nonpremixed, nonsooting jet flame …

The jet flame resulting from the ignition of released cryogenic hydrogen is a threat to the
surrounding people and facilities. However, the behaviors and temperature distribution of …